Carbon Credit Systems in Alberta Agriculture

The Pan-Canadian Framework was implemented in 2016 to help meet emission reduction targets set out by the Paris Agreement. Carbon pricing is at the foundation of this framework, where Alberta has used a carbon-credit market to reduce emissions from large-scale emitters. Agricultural producers volun...

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Main Author: Sarah Van Wyngaarden
Format: Article
Language:English
Published: University of Calgary 2022-06-01
Series:The School of Public Policy Publications
Online Access:https://www.policyschool.ca/wp-content/uploads/2022/06/JSC16_CarbonCreditSystemsABAgric.Wyngaarden.June9_.pdf
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author Sarah Van Wyngaarden
author_facet Sarah Van Wyngaarden
author_sort Sarah Van Wyngaarden
collection DOAJ
description The Pan-Canadian Framework was implemented in 2016 to help meet emission reduction targets set out by the Paris Agreement. Carbon pricing is at the foundation of this framework, where Alberta has used a carbon-credit market to reduce emissions from large-scale emitters. Agricultural producers voluntarily participate in these markets through agricultural carbon offset protocols; regulated emitters can purchase agricultural carbon credits to meet their emission reduction requirements. The main goal of these agricultural protocols is to reduce on-farm emissions through the adoption of best management practices (BMPs), alongside providing producers with the potential benefit of earning additional revenue by selling carbon credits on the market. While producers have participated in the market for quite some time, the impact of the market on Alberta agricultural producers is unknown. The main objective of this paper is to understand this impact by analyzing two considerations: 1) emission reductions (or removals) from agricultural protocols; and 2) economic benefits to producers from participating in the carbon offset market. After a case study of current agricultural carbon offset protocols, the results suggest producers are mainly participating for the economic benefits stemming from the adoption of BMPs, rather than the potential revenue from selling carbon credits on the market. Results also show protocols have high emission reduction potential, but this analysis was limited due to a lack of publicly available data. The most significant observation is that the majority of protocol emission reductions come from one protocol, the Conservation Cropping Protocol. The remaining agricultural protocols have seen minimal uptake in participation, specifically from livestock producers, which is concerning given the retirement of the Conservation Cropping Protocol on December 31, 2021. The main consideration will be addressing current protocol shortcomings to ensure producers are willing and able to participate in the market.
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spelling doaj.art-450699ac93464c348a47e38fc1d06fbc2023-04-12T18:46:29ZengUniversity of CalgaryThe School of Public Policy Publications2560-83122560-83202022-06-011518http://dx.doi.org/10.11575/sppp.v15i1.74577Carbon Credit Systems in Alberta AgricultureSarah Van WyngaardenThe Pan-Canadian Framework was implemented in 2016 to help meet emission reduction targets set out by the Paris Agreement. Carbon pricing is at the foundation of this framework, where Alberta has used a carbon-credit market to reduce emissions from large-scale emitters. Agricultural producers voluntarily participate in these markets through agricultural carbon offset protocols; regulated emitters can purchase agricultural carbon credits to meet their emission reduction requirements. The main goal of these agricultural protocols is to reduce on-farm emissions through the adoption of best management practices (BMPs), alongside providing producers with the potential benefit of earning additional revenue by selling carbon credits on the market. While producers have participated in the market for quite some time, the impact of the market on Alberta agricultural producers is unknown. The main objective of this paper is to understand this impact by analyzing two considerations: 1) emission reductions (or removals) from agricultural protocols; and 2) economic benefits to producers from participating in the carbon offset market. After a case study of current agricultural carbon offset protocols, the results suggest producers are mainly participating for the economic benefits stemming from the adoption of BMPs, rather than the potential revenue from selling carbon credits on the market. Results also show protocols have high emission reduction potential, but this analysis was limited due to a lack of publicly available data. The most significant observation is that the majority of protocol emission reductions come from one protocol, the Conservation Cropping Protocol. The remaining agricultural protocols have seen minimal uptake in participation, specifically from livestock producers, which is concerning given the retirement of the Conservation Cropping Protocol on December 31, 2021. The main consideration will be addressing current protocol shortcomings to ensure producers are willing and able to participate in the market.https://www.policyschool.ca/wp-content/uploads/2022/06/JSC16_CarbonCreditSystemsABAgric.Wyngaarden.June9_.pdf
spellingShingle Sarah Van Wyngaarden
Carbon Credit Systems in Alberta Agriculture
The School of Public Policy Publications
title Carbon Credit Systems in Alberta Agriculture
title_full Carbon Credit Systems in Alberta Agriculture
title_fullStr Carbon Credit Systems in Alberta Agriculture
title_full_unstemmed Carbon Credit Systems in Alberta Agriculture
title_short Carbon Credit Systems in Alberta Agriculture
title_sort carbon credit systems in alberta agriculture
url https://www.policyschool.ca/wp-content/uploads/2022/06/JSC16_CarbonCreditSystemsABAgric.Wyngaarden.June9_.pdf
work_keys_str_mv AT sarahvanwyngaarden carboncreditsystemsinalbertaagriculture